CN204853042U - Lighting system and people's existence is reminder system whether - Google Patents

Abstract

Lighting system (100) possess sensor device (10) and illuminator (20) not as an organic whole with sensor device (10). Sensor device (10) possess a radio communication portion (12) that carries out sensor portion (11) detected and carry out the wireless transmission to sensor portion's (11) testing result the target. Illuminator (20) possess: light emitting module (25), be used for accepting from messenger's light emitting module (25) luminous electric power that the lamp stand was supplied with and is installed in lamp holder (21) of the lamp stand, is received the 2nd radio communication portion (24) and control part (23) by the testing result of radio communication portion (12 a) wireless transmission with the mode that can freely load and unload. Control part (23) are according to the testing result of being received by the 2nd radio communication portion (24), to luminous control of light emitting module (25).

Description

The existence of illuminator and people whether prompt system

Technical field

The utility model relates to the illuminator etc. possessing sensor device and light-emitting device.

Background technology

The existing light-emitting device with sensor in the past.Such as, patent document 1 discloses a kind of bulb-shaped LED possessed the force-feeling sensor that the infrared ray of releasing from human body detects.

(prior art document)

(patent document)

Patent document 1 Japanese Unexamined Patent Publication 2011-228151 publication

In above-mentioned this bulb-shaped LED, when this bulb-shaped LED is installed to the ligthing paraphernalia possessing lamp umbrella, because therefore infrared ray through lamp umbrella, can not occur the problem that the detection range of force-feeling sensor narrows.Such as, when lamp umbrella is installed to ligthing paraphernalia to enclose the formation of bulb-shaped LED, then the situation that above-mentioned bulb-shaped LED can not play force-feeling sensor's function is had.

Utility model content

Therefore, the utility model provides a kind of illuminator etc. easily guaranteeing the detection range of sensor device.

Illuminator involved by a form of the present utility model possesses: sensor device; And the light-emitting device not to be integrated with described sensor device, described sensor device has: the sensor part detected target; And first wireless communication part, transmit wirelessly the testing result of described sensor part, described light-emitting device has: illuminating part; Power receiving section, is installed in the power feeding section for throwing light in the mode that can freely load and unload, to accept to make the electric power of described light from light source supply from this power feeding section; Second wireless communication part, receives the described testing result transmitted wirelessly by described first wireless communication part; And control part, according to the described testing result received by described second wireless communication part, the luminescence of described illuminating part is controlled.

As preferably, described sensor device also has battery case, and described sensor device carries out work by the electric power supplied by the battery being maintained at this battery case.

As preferably, the conducting of infrared ray, sound, smog, voltage, action or switch and disconnecting detects as described target by described sensor part.

As preferably, described sensor device also have can change described sensor part towards mechanism.

As preferably, described first wireless communication part utilizes the electromagnetic wave of the wavelength beyond the scope of more than 5 μm less than 14 μm, transmits wirelessly described testing result.

As preferably, described light-emitting device also has the enclosed globe shade of the light transmission covering described illuminating part, and this enclosed globe shade comprises magnetic material,

Described sensor device has the magnet for this sensor device being installed to described enclosed globe shade.

Whether to the people outside room, prompt system points out in this room whether someone exists in the existence of the people involved by a form of the present utility model, and whether prompt system comprises in the existence of this people: be arranged on the sensor device in described room; And being arranged on light-emitting device outside described room, that be not integrated with described sensor device, described sensor device has: the sensor part detected people; And to the first wireless communication part that the testing result of described sensor part transmits wirelessly, described light-emitting device has: illuminating part; Power receiving section, is installed in the power feeding section for throwing light in the mode that can freely load and unload, to accept to make the electric power of described light from light source supply from this power feeding section; Second wireless communication part, receives the described testing result transmitted wirelessly by described first wireless communication part; And control part, when the described testing result received by described second wireless communication part represent people detected, by making described illuminating part lighting or turning off the light, thus point out in described room and have people to exist.

Illuminators of the present utility model etc. easily can guarantee the detection range of sensor device.

Accompanying drawing explanation

Fig. 1 is the block diagram that the function of the illuminator illustrated involved by embodiment 1 is formed.

Fig. 2 is from the outward appearance oblique view during sensor device of sensor part side.

Outward appearance oblique view when Fig. 3 is the side, face from sensor installation device.

Fig. 4 is the figure of the installation method for illustration of sensor device.

Fig. 5 is the outside drawing of the lighting device possessing light-emitting device.

Fig. 6 is the sectional view of a part for light-emitting device.

Fig. 7 is the working timing figure of the illuminator involved by embodiment 1.

Fig. 8 A is first figure of the variation that sensor device is shown.

Fig. 8 B is second figure of the variation that sensor device is shown.

Fig. 8 C is the 3rd figure of the variation that sensor device is shown.

Fig. 9 shows an example of the sensor device being installed in light-emitting device.

Figure 10 is the figure of the existence whether summary of prompt system for illustration of people.

Reference numeral

10,10a, 10b, 10c, 10d sensor device

11 sensor part 12 first wireless communication parts

12a, 24a antenna 13 battery

14 battery case 14a, 27a recesses

14b holding claws 15 main part

15a opening portion 15d protuberance

16 movable agencies (mechanism) 17,17a cap assembly

17b sucker 17c magnet

18 screw reach through holes 20,20d light-emitting device

21 lamp holders (power receiving section) 22 power conversion unit

23 control part 24 second wireless communication parts

24b telecommunication circuit 25 light emitting module (illuminating part)

25aLED element 25b, 29 substrates

26 frameworks 27,27d enclosed globe shade

28 circuit case 30 power systems

40 ligthing paraphernalia 41 appliance bodies

41a lamp socket (illuminating power feeding section) 42 lamp umbrella

50 lighting device 60 ceilings

The existence of 100 illuminator 200 people whether prompt system

Detailed description of the invention

Referring to accompanying drawing, embodiment is described.Further, illustrated below embodiment is recapitulative or concrete example.The order etc. of the allocation position of the numerical value shown in following embodiment, shape, material, inscape, inscape and connected mode, step, step is an example, and purport is not limit the utility model.Further, illustrating in the independent claims of upper concept in the inscape of following embodiment be there is no to the inscape recorded, illustrate as arbitrary inscape.

Further, each figure is ideograph, not rigorous diagram.Further, identical symbol is given for formation identical in fact in each figure, and the situation of the explanation having omission or simplification to repeat.

(embodiment 1)

[formation of illuminator]

First, the formation of the illuminator involved by embodiment 1 is described.Fig. 1 is the block diagram that the function of the illuminator illustrated involved by embodiment 1 is formed.

As shown in Figure 1, the illuminator 100 involved by embodiment 1 possesses sensor device 10 and light-emitting device 20.Further, also show the power system 30 alternating current being supplied to light-emitting device 20 in Fig. 1.

[sensor device]

First, with reference to Fig. 1 and Fig. 2 to Fig. 4, sensor device 10 is described.Fig. 2 is from outward appearance oblique view during sensor part 11 side sensor device 10.Outward appearance oblique view when Fig. 3 is the installed surface side from sensor installation device 10.Fig. 4 is the figure of the installation method for illustration of sensor device 10.Further, in the explanation of following sensor device 10, also have and installed surface side is called, the situation under sensor part 11 side is called.

As shown in Figures 1 to 4, sensor device 10 possesses: sensor part 11, the first wireless communication part 12 comprising antenna 12a, battery 13, battery case 14, main part 15, movable agency 16 and cap assembly 17.Sensor device 10 itself does not have light emitting module (illuminating part).That is, sensor device 10 itself does not have lighting function (illumination functions).Further, although do not illustrate, sensor device 10 also can possess control part and storage part.Further, in figure 3 in order to illustrate the inside of main part 15, and the cap assembly 17 of the upper surface side of main part 15 has been taken off.

Sensor part 11 is the sensor assemblies for detecting target.In embodiment 1, specifically, sensor part 11 detects target, and carrys out output detections signal according to detection.Detection signal can be arbitrary form, such as, can be the data signal of 2 values, is high level when detecting target, is low level when not detecting target.Further, detection signal also can be that only when sensor part 11 pairs of targets detect, (or, only when sensor part 11 pairs of targets do not detect) is just output.

At embodiment 1, sensor part 11 is so-called force-feeling sensor's modules, the infrared ray sent is detected as above-mentioned target from human body.That is, sensor part 11 couples of people detect.

Sensor part 11 is installed to movable agency 16, is moved relative to main part 15 by movable agency 16, thus carrys out alteration detection scope.

Further, sensor part 11 can not detect infrared ray, and the target of detection does not have special restriction.Further, sensor part 11 can be detected target by contactless, also can be detected target by contact.

Such as, sensor part 11 also can detect sound.In this case, sensor part 11 can be suitable for general sound transducer.Detected by sensor part 11 pairs of sound, when sound is larger than setting, light-emitting device 20 can be controlled to lighting.Further, when sound is larger than setting, in other words, be estimated as the situation that someone exists.

Further, sensor part 11 also can detect the illumination of the periphery of sensor part 11, temperature or vibration etc.In this case, sensor part 11 can be suitable for general illuminance transducer, general temperature sensor or general vibrating sensor.Detected by the illumination of the surrounding of sensor part 11 pairs of sensor part 11, temperature or vibration etc., thus when illumination, temperature or vibration are larger than setting (or below setting), light-emitting device 20 can be controlled to lighting (or turning off the light).

Further, sensor part 11 also can detect smog or voltage.In this case, sensor part 11 can be suitable for general Smoke Sensor or general voltage sensor.Detected by the smog of sensor part 11 pairs of sensor part 11 or voltage, thus when the amount of smog or voltage ratio setting large (or below setting), light-emitting device 20 can be controlled as lighting (or turning off the light).

Further, sensor part 11 also can detect the power failure of branch circuit.In this case, sensor part 11 has the current transformer for measuring appliances such as CT (CurrentTransformer).In this case, light-emitting device 20 accepts the supply of electric power from the second branch circuit different from the first branch circuit of the detection target becoming sensor part 11, further, when being only the first branch circuit power failure, light-emitting device 20 can be controlled to lighting.

Further, sensor part 11 also can detect the action of people (user).The test example of action is if realize by the distance measuring sensor (action sensor) sensor part 11 being suitable for reflection-type.

Further, sensor part 11 also can detect the conducting of switch and disconnection.In this case, sensor part 11 by the testing circuit that detects conducting and the disconnection of switch (detecting IC) or can realize the conducting of the switch be displayed on the image of picture and the touch-screen etc. of disconnection (click picture).Detected by the conducting of sensor part 11 pairs of switches and disconnection, according to the conducting of switch and disconnection, light-emitting device 20 can be controlled to lighting.

The testing result of the first wireless communication part 12 pairs of sensor part 11 transmits wirelessly.Control signal such as according to the detection signal exported from sensor part 11, is sent to the second wireless communication part 24 by the first wireless communication part 12 as testing result.At embodiment 1, although control signal is sent out when sensor part 11 detects people, not also can be sent out when sensor part 11 does not detect people.Further, Ke Yishi, when sensor part 11 detects people, sends the control signal representing and people detected, when sensor part 11 does not detect people, sends the control signal representing and people do not detected.

First wireless communication part 12 is communication modules that antenna 12a and telecommunication circuit (not having to illustrate in Fig. 1 to Fig. 3) are formed.First wireless communication part 12 be such as, bluetooth (registration mark), ZigBee (registration mark) or WLAN wireless with specific little electric power (such as, Wi-Fi (registration mark)) etc. communication module corresponding to communication standard, also can be carry out by infrared ray the communication module that communicates, can also be UART (UniversalAsynchronousReceiverTransmitter: the universal asynchronous receiving-transmitting transmitter) module of carrying out faint radio communication.First wireless communication part 12 can utilize the electromagnetic wave of 2.4GHz bandwidth to communicate, and also can utilize the electromagnetic wave of 5GHz bandwidth to communicate.Further, the first wireless communication part 12 also can utilize the electromagnetic wave of 10.5GHz bandwidth to communicate, and can also utilize the electromagnetic wave of 24.2GHz bandwidth to communicate.

Further, preferably, the electromagnetic wave that the first wireless communication part 12 sends can through lamp umbrella 42.Lamp umbrella is owing to being generally formed by resin or glass, and therefore, the first wireless communication part 12 can send can through the electromagnetic wave of the frequency of at least one party of resin and glass.First wireless communication part 12 specifically can carry out radio communication by electric wave, this electric wave electromagnetic wave that to be wavelength be more than 100 μm (frequency is below 3THz).Further, although be in figs. 2 and 3 the antenna 12a of sensor device 10 towards there occurs change, the antenna 12a that the first wireless communication part 12 has towards also can manually change.

Battery 13 is power supplys of sensor device 10.That is, the direct current that sensor device 10 (sensor part 11 and the first wireless communication part 12) is supplied by battery 13 carrys out work.Battery 13 specifically dry cell also can be button cell.Further, battery 13 also can be rechargeable battery.Further, in embodiment 1, employ two batteries 13 in the sensor assembly 10, but, the number of battery 13 does not have special restriction.

Battery case 14 is accommodated and is kept battery 13.Battery case 14 has: shape and size corresponding with battery 13 for accommodating the recess 14a of the battery 13 and holding claws 14b for the battery 13 that keeps being housed in recess 14a.Battery case 14 is one-body molded with main part 15.

Further, battery 13 and the optional inscape of battery case 14.Sensor device 10 can accept the electric power of supply from external power sources such as power system 30 or USB power source.But when accepting electric power supply from this power system 30 or external power source, the setting position of sensor device 10 is limited to the position that socket etc. is provided with power feeding section, thus reduces the free degree of the setting position of sensor device 10.Therefore, the electric power that sensor device 10 supplies preferably by battery 13 carrys out work.

Main part 15 is resinous frameworks of a collecting part for sensor part 11 and a part (mainly telecommunication circuit) for the first wireless communication part 12.The plane of main part 15 is circular flat (oblate column) depending on shape.

A part for sensor part 11, is exposed to outside from the lower surface side of main part 15.The cap assembly 17 (as shown in Figure 4) forming installed surface is installed in the upper surface side of main part 15, and this cap assembly 17 covers recess 14a.In the side of main part 15, antenna 12a is installed, and this antenna 12a with can change towards mode be mounted.Main part 15 (comprising battery case 14) and cap assembly 17 are such as formed by resins such as PBT, also can be formed by metal.

Movable agency 16 be for change sensor part 11 towards an example of mechanism, sensor part 11 is installed in movable agency 16.As indicated by the arrows of fig. 2, by movable agency 16 by ball joint in main part 15, thus be flexibly movable relative to main part 15.As long as movable agency 16 can change the mechanism with the relative position relation of main part 15, it can be arbitrary form.

Cap assembly 17 has the function of installing component.Be the upper surface side being installed to main part 15, and the plane covering recess 14a is roughly circular cap assembly depending on shape.Cap assembly 17 forms the installed surface of sensor part 11, has the function of the installing component of sensor device 10.Referring to Fig. 4, the installation method of sensor device 10 is described.

First, cap assembly 17 is installed to wall or ceiling etc., and is fixed to the works becoming target with wood screw 19.Specifically, be arranged on two screw reach through holes 18 of cap assembly 17 respectively by wood screw 19 break-through, by being locked on works with wood screw 19, thus cap assembly 17 is fixed on works.Afterwards, be screwed into cap assembly 17 by being rotated by main part 15, thus cap assembly 17 and main part 15 are fixed.Like this, sensor device 10 is installed to works.Further, such installation method is only an example, and the installation method of sensor device 10 does not have special restriction.

[light-emitting device]

Then, according to Fig. 1 also with reference to Fig. 5 and Fig. 6, light-emitting device 20 is described.Fig. 5 is the outside drawing of the lighting device 50 possessing light-emitting device 20.Fig. 6 is a part of sectional view (ideograph) of light-emitting device 20.

As shown in Figure 5, lighting device 50 is such as installed in indoor ceiling 60 and uses.Lighting device 50 possesses light-emitting device 20 and ligthing paraphernalia 40.

Ligthing paraphernalia 40 possesses appliance body 41 and lamp umbrella 42.

Appliance body 41 has the lamp socket 41a being installed in ceiling 60.Lamp socket 41a is an example of illuminating power feeding section.The lamp holder 21 of light-emitting device 20 is screwed into lamp socket 41a, and by lamp socket 41a, alternating current is fed into light-emitting device 20 by power system 30.

Lamp umbrella 42 is such as formed by the resin with light transmission or the glass with light transmission, covers light-emitting device 20 around.

As shown in Fig. 1, Fig. 5 and Fig. 6, light-emitting device 20 is bulb-shaped lamps, possesses: lamp holder 21, power conversion unit 22, control part 23, second wireless communication part 24, light emitting module 25, framework 26, enclosed globe shade 27, circuit case 28, substrate 29 and storage part 23a.Further, control part 23, second wireless communication part 24 and circuit case 28 are illustrated by the broken lines.Second wireless communication part 24 comprises the antenna 24a and telecommunication circuit 24b that are installed to substrate 29.Further, light-emitting device 20 itself does not have sensor part (sensor function).

As shown in figs.5 and 6, the peripheral device of light-emitting device 20 is made up of lamp holder 21, framework 26, enclosed globe shade 27, contains in this peripheral device: light emitting module 25, power conversion unit 22, control part 23, second wireless communication part 24 and be provided with substrate 29 and the circuit case 28 of antenna 24a.

Enclosed globe shade 27 is hemispheric translucent cover parts, and the light for being released by light emitting module 25 emits to lamp outside.Enclosed globe shade 27 is such as formed by resin or glass.A part (being provided with the part of antenna 24a and telecommunication circuit 24b) for substrate 29, light emitting module 25 and circuit case 28 is configured with in the inner side of enclosed globe shade 27.That is, the part of substrate 29, light emitting module 25, circuit case 28 are covered by enclosed globe shade 27.Incide the light of the light emitting module 25 of the inner surface of enclosed globe shade 27, through enclosed globe shade 27, be fetched to the outside of enclosed globe shade 27.

Framework 26 is configured between enclosed globe shade 27 and lamp holder 21, a part (being provided with the part of power conversion unit 22 and control part 23) for collecting substrate 29.Framework 26 is shells that two ends have opening, forms by omiting frustum of a cone parts, and this omits frustum of a cone parts in cylindric towards the summary of lamp holder side reduced from enclosed globe shade side.Framework 26 is such as come shaping by metals such as die casting aluminiums, also can come shaping by resin.

Circuit case 28 is shells that the resin being positioned at the part of enclosed globe shade 27 side in covered substrate 29 is made.

Lamp holder 21 is the metal parts having the electric power for light emitting module 25 luminescence from outside to supply.Lamp holder 21 is the power receiving sections being accepted alternating current by two contacts, is installed in the lamp socket 41a of ligthing paraphernalia 40.Lamp holder 21 is the supplies in order to accept electric power from the illuminating power feeding section (such as lamp socket 41a) with the structure corresponding with illumination light source, and freely can be loaded and unloaded on an example of the power receiving section of this illuminating power feeding section.

Lamp holder 21 is such as the lamp holder of this structure (shape and size) be standardized of the Edison screw type (E type) of screw-in type.Therefore, lamp holder 21 easily can be installed to ligthing paraphernalia in the past such as ligthing paraphernalia 40 grade.Further, lamp holder 21 is electrically connected with power conversion unit 22 by the wire of power supply.The alternating current supplied from ligthing paraphernalia 40 is converted to direct current by power conversion unit 22, and is supplied to control part 23 and the second wireless communication part 24.

Power conversion unit 22 is such as specifically realize by including the power circuits such as bridge type full-wave rectifying circuit that four diodes form, also can be realized by AC-DC converter IC and DC-DC converter IC etc.

The electric power that control part 23 is supplied by power conversion unit 22 carrys out work.Control part 23 controls the luminescence of light emitting module 25 according to the control signal (testing result) that the first wireless communication part 12 by sensor device 10 sends, and described control signal is also the signal received by the second wireless communication part 24.Light emitting control comprises lighting, turns off the light, brightness adjustment control and toning control.

In embodiment 1, control part 23 is received as opportunity with control signal by the second wireless communication part 24, makes light emitting module 25 with lighting specified time limit, afterwards and make it turn off the light.Control part 23 is the control signals according to being received by the second wireless communication part 24, supplies the circuit that electric power switches to whether to light emitting module 25, can be that wherein part or all is realized by microcomputer or processor.

Further, control part 23 also can be corresponding with the dimming function of light emitting module 25 or function of mixing colours.In this case, control part 23 such as can be realized by control circuit of chopping, namely according to the control signal received by the second wireless communication part 24, carrys out alternation switch state of a control, and adjusts the electric power being supplied to light emitting module 25.

Control part 23 specifically can be received as opportunity with control signal by the second wireless communication part 24, makes the luminescence of light emitting module 25 brighten (or dimmed).Further, control part 23 also can be received as opportunity with control signal by the second wireless communication part 24, makes the color temperature of light emitting module 25 rise or decline.Further, control circuit of chopping specifically PWM (PulseWidthModulation: pulse width modulation) circuit, PFM (PulseFrequencyModulation: pulse frequency modulated) circuit etc.Further, toning function is by installing the two kinds of LED chip sending the light of different colours at light emitting module 25, by this two kinds of LED chip light modulation respectively.

Second wireless communication part 24 receives the control signal transmitted wirelessly by the first wireless communication part 12.Second wireless communication part 24 is the communication modules be made up of the antenna 24a of the pattern antenna being installed to substrate 29 and the telecommunication circuit 24b that is installed to substrate 29.Further, antenna 24a not limit by pattern antenna, also can be antenna component etc.And also can be same with sensor device 10, antenna 24a is configured in the outside of peripheral device.

As long as the second wireless communication part 24 can carry out the communication module with the radio communication of the first wireless communication part 12 same way.Second wireless communication part 24 is such as wireless with specific little electric power, that the communication standard such as bluetooth (registration mark), ZigBee (registration mark) or WLAN (such as Wi-Fi (registration mark)) is corresponding communication module, also can be carry out by infrared ray the communication module that communicates, or carry out the UART module of faint radio communication.

Further, at embodiment 1, the first wireless communication part 12 has the function of transmitter, and the second wireless communication part 24 has the function of receiver, can carry out unidirectional radio communication, also can carry out the radio communication of twocouese.

Light emitting module 25 is examples for illuminating part, installs multiple LED element 25a to be formed by the interarea (interarea of enclosed globe shade 27 side) of the side at slightly circular substrate 25b.The direct current of light emitting module 25 by supplying from control part 23, mainly luminous towards enclosed globe shade 27 side.Control part 23 and light emitting module 25 are electrically connected by not shown cable.

Substrate 25b is annulus tabular, with the interarea being provided with LED element 25a towards the mode of enclosed globe shade 27 side by placing in framework 26.Substrate 25b is such as resin substrate, metallic substrates substrate or ceramic substrate etc.In order to make antenna 24a be configured to enclosed globe shade 27 side, and make the main opening of substrate 29 break-through substrate 25b.

LED element 25a be such as have recess resinous container, be installed in the LED chip in recess and be sealed to the LED element of SMD (SurfaceMountDevice) structure of the seal member (containing fluorophor resin) in recess, send white light.Like this, in embodiment 1, although light emitting module 25 is SMD structures, also can be the LED chip being directly mounted to substrate 25b, the light emitting module of the COB sealed by seal member (ChipOnBoard: chip on board) structure.

Further, the light that light emitting module 25 sends can be the white lights such as color of sunshine, warm white or incandescent light color, and but, the color of the light that light emitting module 25 sends does not have special restriction.Light-emitting device 20 can come luminous with primary colors such as red, green or bluenesss.

Substrate 29 is the substrates being mounted with power conversion unit 22, control part 23, antenna 24a and telecommunication circuit 24b etc.Substrate 29 is such as resin substrate, metallic substrates substrate or ceramic substrate etc.

Storage part 23a is the storage devices such as semiconductor memory.Such as, when sensor device 10 carries out wireless pairing with light-emitting device 20, in storage part 23a, store the information needed for pairing such as the address of sensor device 10.Further, such as, control part 23, when realizing as processor, stores the program that this processor performs in storage part 23a.Further, light-emitting device 20 also can not have storage part 23a.

[work of illuminator]

Below, the work of illuminator 100 is described.Fig. 7 is the working timing figure of illuminator 100.The sensor part 11 of sensor device 10 judges whether to detect (S11) people's (infrared ray).

Sensor part 11 is ("No" of S11) when people not detected, proceeds to detect (S11).Sensor part 11 is ("Yes" of S11) when people being detected, detection signal is outputted to the first wireless communication part 12.Control signal (testing result), according to detection signal, is sent to the second wireless communication part 24 (S12) of light-emitting device 20 by the first wireless communication part 12.

Second wireless communication part 24 is when receiving control signal (testing result) (S13), and control part 23 makes light emitting module 25 with after lighting (S14) during regulation, makes it turn off the light.

[effect etc.]

In the past possess in the bulb-shaped lamp of force-feeling sensor, the infrared ray sent from human body is due to can not through resin and glass, therefore when being installed to the ligthing paraphernalia with the lamp umbrella formed by resin or glass, then there will be the problem that detection range is narrowed.

Especially, when being installed to lamp umbrella and covering the ligthing paraphernalia of this formation of bulb-shaped lamp completely, above-mentioned bulb-shaped lamp then there will be the problem that can not play force-feeling sensor's function.

To this, the light-emitting device 20 that the illuminator 100 involved by embodiment 1 possesses sensor device 10 and is not integrated with sensor device 10.

Sensor device 10 has the sensor part 11 detecting target, the first wireless communication part 12 transmitted wirelessly the testing result of sensor part 11.

Light-emitting device 20 has: light emitting module 25; In order to accept the supply of the electric power for making light emitting module 25 luminescence from lamp socket 41a, and be installed to the lamp holder 21 of lamp socket 41a in detachable mode; Receive the second wireless communication part 24 and the control part 23 of the testing result transmitted wirelessly by the first wireless communication part 12.Control part 23, according to the testing result received by the second wireless communication part 24, carries out light emitting control to light emitting module 25.That is, light emitting module 25 carries out luminescence according to the testing result received by the second wireless communication part 24.Light emitting module 25 is examples for illuminating part, and lamp socket 41a is an example of illuminating power feeding section, and lamp holder 21 is examples for power receiving section.

Like this, carry out radio communication by sensor device 10 with the light-emitting device 20 that this sensor device 10 is not integrated, thus sensor device 10 can be configured to the outside of lamp umbrella 42.Further, the free degree of the configuration of sensor device 10 is very high.Therefore, it is possible to obtain the effect being easy to the detection range guaranteeing sensor device 10.Further, there is due to light-emitting device 20 lamp holder 21 of the lamp socket 41a of the ligthing paraphernalia that can freely be loaded and unloaded in the past, therefore without the need to constructing, just can simply sensor function be attached in ligthing paraphernalia in the past.

Further, the bulb-shaped lamp with force-feeling sensor in the past there will be the heat because producing during light source luminescent, and the situation of sensor misoperation.

To this, as illuminator 100, as long as make sensor device 10 and light-emitting device 20 allosome, by being provided separately sensor device 10 and light-emitting device 20, thus the situation causing sensor device 10 misoperation because of the heat of light-emitting device 20 generation can be reduced.

Further, in the bulb-shaped lamp possessing force-feeling sensor, be generally that force-feeling sensor is arranged to, lamp axle more stretches out to light emitting side than enclosed globe shade.At this, keep in ligthing paraphernalia of bulb-shaped lamp etc. in the state (such as towards side) tilted with lamp axle, the force-feeling sensor stretched out then can be in the way, have like this can not tool for mounting for the situation of the bulb-shaped lamp of force-feeling sensor.

To this, in illuminator 100, sensor device 10 and light-emitting device 20 are not integrated, and light-emitting device 20 has the lamp holder 21 of the lamp socket of the ligthing paraphernalia that can be installed in the past.

Therefore, illuminator 100 can keep additional sensor function in the ligthing paraphernalia of bulb-shaped lamp in the state tilted with above-mentioned this lamp axle.That is, illuminator 100 has the advantage that can be widely used in various ligthing paraphernalia.

Further, sensor device 10 also has battery case 14, and the battery 13 that can be kept by this battery case 14 is supplied electric power and carries out work.

Accordingly, in order to ensure the power supply of sensor device 10, and setting position is not limited, therefore, it is possible to improve the free degree of the setting position of sensor device 10.

Further, the conducting of infrared ray, sound, smog, voltage, action or switch and disconnecting also can detect as target by sensor part 11.

Accordingly, illuminator 100 according to the detection of the detection of the detection of the detection of ultrared detection, sound, smog, voltage, action or the conducting of switch and the detection of disconnection, can control the luminescence of light-emitting device.

Further, sensor device 10 can also have change sensor part 11 towards movable agency 16.

Accordingly, due to the detection range of sensor part 11 can be changed, therefore, it is possible to improve the free degree of the setting position of sensor device 10.

Further, the first wireless communication part 12 also can utilize the electromagnetic wave of the wavelength beyond the scope of more than 5 μm less than 14 μm to communicate.

Accordingly, the first wireless communication part 12 can utilize the wave-length coverage do not used in general force-feeling sensor to communicate.

Further, the first wireless communication part 12 also can utilize wavelength to be the electromagnetic wave of more than 100 μm, transmits wirelessly testing result.

Accordingly, the electromagnetic wave that first wireless communication part 12 sends can through resin or glass, thus, even if when there is resin or glass between sensor device 10 and light-emitting device 20, also radio communication can be carried out between sensor device 10 and light-emitting device 20.That is, the flexibility of the setting position of sensor device 10 can be improved.

[variation 1]

In above-mentioned embodiment 1, although sensor device 10 is fixed to works by screw, but the installation method of this sensor device 10 is only an example.Below the variation of the installation of sensor device 10 is described.Fig. 8 A to Fig. 8 C shows the variation of sensor device 10.Further, in the sensor device shown in Fig. 8 A to Fig. 8 C, identical symbol is given for the inscape identical in fact with sensor device 10, and detailed.

Sensor device 10a shown in Fig. 8 A has opening portion 15a, and this opening portion 15a is in the side of main part 15, by from this side to protrude arciform being formed.The quantity of opening portion 15a does not have special restriction, and in the example of Fig. 8 A, opening portion 15a is provided with two in the side of main part 15.Further, the cap assembly 17a that sensor device 10a possesses is not except arranging screw reach through hole 18 part, substantially identical with cap assembly 17.

Sensor device 10a such as utilizes such opening portion 15a, can hang over and be arranged on the hook of wall.Further, sensor device 10a also can pass through opening portion 15a, is fixed on wall or ceiling with drawing pin.

Further, in the sensor device 10b shown in Fig. 8 B, the cap assembly 17a of formation installed surface is provided with sucker 17b.Sensor device 10b also can be installed to works by the sorption of this sucker 17b.Accordingly, need not process the works of sensor installation device 10b, just can sensor installation device 10b.

Further, in the sensor device 10c shown in Fig. 8 C, the cap assembly 17a of formation installed surface is provided with magnet 17c.Sensor device 10c also can be installed to metal works by the magnetic force of this magnet.

Accordingly, without the need to processing the works of sensor installation device 10c, just can sensor installation device 10b.

Further, magnet is permanent magnet specifically, also can be electromagnet.Further, metal works is such as metal door etc.

Further, than that described above, sensor device 10 such as also can be installed to works by adhesive tape or sticker.

[variation 2]

Sensor device 10 can be installed to light-emitting device 20.Fig. 9 shows an example of the sensor device being installed to light-emitting device.Further, in the sensor device shown in Fig. 9 and light-emitting device 20, identical symbol is given for sensor device 10 and the identical in fact inscape of light-emitting device 20, and detailed.Such as, the sensor device 10d shown in Fig. 9 is more small-sized compared with sensor device 10, and shape etc. are also different, but gives the symbol identical with sensor device 10 for the inscape with identical function.

In the example of figure 9, sensor device 10d is installed in the enclosed globe shade 27d of light-emitting device 20d in the mode that can freely load and unload.As the structure this sensor device 10d being installed to enclosed globe shade 27d, this sensor device 10d has from the outstanding protuberance 15d in the side of main part 15.

Multiple size with protuberance 15d and the corresponding recess 27a of shape is provided with at the enclosed globe shade 27d of light-emitting device 20d.Recess 27a is the part from outer surface lateral inner surface side depression in enclosed globe shade 27d.

By this mounting structure, protuberance 15d is inserted into (engaging) in the multiple recess 27a of correspondence being arranged on enclosed globe shade 27d, thus sensor device 10d is easily mounted to light-emitting device 20.Further, sensor device 10d also can easily take off from enclosed globe shade 27d.Further, owing to being provided with multiple recess 27a, the installation site of the sensor device 10d in enclosed globe shade 27d can therefore also easily be changed.

Further, this mounting structure is an example.Sensor device 10d also can be installed to light-emitting device by other method.

Such as, sensor device 10d also can be locked in enclosed globe shade 27, also can be engaged in enclosed globe shade 27.

And, such as by magnetic material being mixed in the main material (resin or glass) of the enclosed globe shade 27 that light-emitting device 20 has, thus sensor device 10d can replace protuberance 15d and possess magnet, thus the enclosed globe shade 27 with magnetic material can be installed to.

Like this, light-emitting device 20 can also have the enclosed globe shade 27 containing magnetic material, and this enclosed globe shade 27 has light transmission, covers light emitting module 25.Now, sensor device 10d also can have the magnet for this sensor device 10d being installed to enclosed globe shade 27.

Further, also can be covered with at the inner surface of enclosed globe shade 27 or outer surface the net formed by magnetic material.By this formation, also the sensor device 10d with magnet can be installed to enclosed globe shade 27.Further, this net also has the function of the heat sink material of light-emitting device 20.

Further, sensor device 10d also can accept electric power from light-emitting device 20 (or light-emitting device 20d).In this case, light-emitting device 20 possesses for supplying galvanic power feeding section to sensor device 10d, and this power feeding section is positioned at framework 26.This power feeding section specifically, such as, is USB port or small-sized USB port.Direct current is fed into power feeding section from power conversion unit 22.Sensor device 10d has the terminal that can be electrically connected with this power feeding section or be mechanically connected, and can accept electric power from light-emitting device 20.

[variation 3]

In embodiment 1, be illustrated so that the utility model is embodied as example as illuminator 100, the utility model also can realize as the system of the purposes beyond illumination.

Sensor device 10 is configured in identical space usually with light-emitting device 20, and sensor device 10 also can be utilized not to be integrated this feature from light-emitting device 20 and to be configured in different spaces respectively.Such as, the utility model also can whether prompt system realizes as the existence of people, that is, configure in a room by sensor device 10, light-emitting device 20 is configured in outside this room, and the people to outdoor points out in room whether have people.

Figure 10 is the figure of the existence whether summary of prompt system for illustration of people.Whether prompt system 200 possesses in the existence of the people shown in Figure 10: be set up sensor device 10 in a room and be arranged on outside this room and the light-emitting device 20 be not integrated with sensor device 10.

As previously discussed, sensor device 10 has the sensor part 11 detected people and the first wireless communication part 12 transmitted wirelessly the testing result of sensor part 11.

Light-emitting device 20 possesses: light emitting module 25; Lamp holder 21, is installed in lamp socket etc. in the mode that can freely load and unload, and accepts the supply of the electric power for making light emitting module 25 luminescence with the lamp socket from existing ligthing paraphernalia etc.; Second wireless communication part 24, receives the testing result transmitted wirelessly by the first wireless communication part 12; And control part 23.Control part 23 when the testing result received by the second wireless communication part 24 represent people detected, have people by making light emitting module 25 lighting point out in room.

Accordingly, whether prompt system 200 can whether by room if there is the people be prompted to outside this room in someone in the existence of people.

Further, whether in prompt system 200 in the existence of above-mentioned people, make when sensor device 10 does not detect people light-emitting device 20 turn off the light, make light-emitting device 20 lighting when sensor device 10 detects people.Also can be but, in the existence of people whether in prompt system 200, control part 23 when the testing result received by the second wireless communication part 24 represent people detected, by making light emitting module 25 turn off the light, pointing out in room has people.That is, also can be make light-emitting device 20 lighting when sensor device 10 does not detect people, make when sensor device 10 detects people light-emitting device 20 turn off the light.

Whether prompt system 200 more specifically can point out in toilet whether have people in the existence of people.Further, whether prompt system 200 also can be applicable to crime prevention system etc. in the existence of people.

Further, whether prompt system 200 can whether someone exists by the space of regulation in the existence of people, is prompted to the people outside the space of this regulation.Therefore, the use of the existence of people whether prompt system 200 not limit by room.

(other embodiment)

To the existence of the illuminator involved by embodiment and people, whether prompt system is illustrated above, and the utility model not limit by above-mentioned embodiment.

Such as, in the above-described embodiment, be that bulb-shaped lamp is illustrated with light-emitting device, but, light-emitting device also can realize as the light source of other form of power receiving section or illumination light source with standardized structural.Light-emitting device such as also can realize as the lamp of the lamp of Straight or ring-type.Further, power receiving section also can be the portion of terminal that can be installed to the ceiling lamp holder that illumination wiring tubes or lamp affixed to the ceiling are installed.Illumination wiring tubes and ceiling lamp holder are examples of illuminating power feeding section.

Further, in the above-described embodiment, as the light-emitting component for light-emitting device, be illustrated for LED element (LED chip).The solid-state light emitting element of other kinds such as EL element such as the semiconductor light-emitting elements such as semiconductor laser or organic EL (ElectroLuminescence: electroluminescent), inorganic EL but also can be adopted to be used as light-emitting component.

Further, in the above-described embodiment, each inscape can be made up of special hardware, also can realize by performing the software program being applicable to each inscape.Each inscape can pass through CPU or processor supervisor enforcement division, reads and perform the software program be recorded in the recording medium such as hard disk or semiconductor memory to realize.

Further, each inscape also can be circuit (or integrated circuit).These circuit entirety can be made up of a circuit, also can be made up of each circuit respectively.Further, these circuit can be general circuit respectively, can be special circuit.

Further, recapitulative or concrete form of the present utility model can be realized by recording mediums such as the CD-ROM of system, device, method, integrated circuit, computer program or embodied on computer readable.Further, also can realize by being combined system, device, method, integrated circuit, computer program and recording medium.

Such as, the utility model can realize as the means of illumination of the illuminator performing the light-emitting device possessing sensor device and be not integrated with sensor device.Further, the utility model also can whether reminding method realizes as the existence of people of the illuminator performing the light-emitting device possessing sensor device and be not integrated with sensor device.

Further, the multiple processing sequences in the work of illustrated in above-mentioned embodiment illuminator and the existence of people whether prompt system are only an example.Also can change multiple processing sequence, and multiple processing sequence also can executed in parallel.

In addition, various distortion that each embodiment those skilled in the art can expect is performed and the mode obtained or the mode by random combining the inscape in each embodiment and function and realize in the scope not departing from purport of the present utility model are all included in the utility model.

Claims (7)

1. an illuminator, is characterized in that,

This illuminator possesses:

Sensor device; And

The light-emitting device be not integrated with described sensor device,

Described sensor device has:

To the sensor part that target detects; And

First wireless communication part, transmits wirelessly the testing result of described sensor part,

Described light-emitting device has:

Illuminating part;

Power receiving section, is installed in the power feeding section for throwing light in the mode that can freely load and unload, to accept to make the electric power of described light from light source supply from this power feeding section;

Second wireless communication part, receives the described testing result transmitted wirelessly by described first wireless communication part; And

Control part, according to the described testing result received by described second wireless communication part, controls the luminescence of described illuminating part.

2. illuminator as claimed in claim 1, is characterized in that,

Described sensor device also has battery case, and described sensor device carries out work by the electric power supplied by the battery being maintained at this battery case.

3. illuminator as claimed in claim 1, is characterized in that,

The conducting of infrared ray, sound, smog, voltage, action or switch and disconnecting detects as described target by described sensor part.

4. illuminator as claimed in claim 1, is characterized in that,

Described sensor device also have can change described sensor part towards mechanism.

5. the illuminator as described in any one of Claims 1-4, is characterized in that,

Described first wireless communication part utilizes the electromagnetic wave of the wavelength beyond the scope of more than 5 μm less than 14 μm, transmits wirelessly described testing result.

6. the illuminator as described in any one of Claims 1-4, is characterized in that,

Described light-emitting device also has the enclosed globe shade of the light transmission covering described illuminating part, and this enclosed globe shade comprises magnetic material,

Described sensor device has the magnet for this sensor device being installed to described enclosed globe shade.

7. to the people outside room, the existence of a people whether prompt system, points out in this room whether someone exists, it is characterized in that,

Whether prompt system comprises in the existence of this people:

Be arranged on the sensor device in described room; And

Be arranged on light-emitting device outside described room, that be not integrated with described sensor device,

Described sensor device has:

To the sensor part that people detects; And

To the first wireless communication part that the testing result of described sensor part transmits wirelessly,

Described light-emitting device has:

Illuminating part;

Power receiving section, is installed in the power feeding section for throwing light in the mode that can freely load and unload, to accept to make the electric power of described light from light source supply from this power feeding section;

Second wireless communication part, receives the described testing result transmitted wirelessly by described first wireless communication part; And

Control part, when the described testing result received by described second wireless communication part represent people detected, by making described illuminating part lighting or turning off the light, thus point out in described room and have people to exist.